Custom hardware for any voice AI application

Buy off the shelf. Customise. Build around your own AI tech.

Designing voice hardware takes a year and a factory. These are three finished devices you can buy today and bend to whatever you are building: your models, your backend, your configuration, your project. There is no developer programme to apply to and no minimum order: buy one unit, point it at your stack, and you are integrating the same afternoon it arrives.

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Three ways to use the same hardware

Path 1

Embed in your existing project

Provision the device with the QR card, configure it for your use case from the console, and set the stream endpoint to your backend. The hardware drops into the voice AI project you already run.

Pick this if: You have a voice AI project that needs ears and a voice.

Path 2

Assemble your stack around it

Point the stream endpoint at your own infrastructure. You receive push-to-talk-framed 16 kHz PCM audio and feed it to whatever you run: OpenAI Realtime, Deepgram, ElevenLabs, Whisper, a local Ollama, or models of your own.

Pick this if: You are building a voice AI stack and need hardware that feeds it.

Path 3

Build your personal AI

One unit, your agent, an afternoon. Configure the device from the console, point it at the assistant you are building, and take your project off the screen and into the room.

Pick this if: You are building a voice AI for yourself and want to wear it.

Custom hardware for any voice AI application

Off the shelf. Then make it yours.

These are production-ready devices you can buy today and make your own. Configure them from the console, point them at your backend, and build your voice AI application on top of hardware that already works.

Your backend

The stream endpoint is configurable. Point the device at your own infrastructure instead of ours and the audio goes where you send it.

Your voice AI stack

Bring your own speech-to-text, models, wake word and text-to-speech. Nothing about the hardware locks you to a particular provider.

Your configuration

Every unit ships pre-flashed with QuickComm firmware. How it behaves for your use case is configured from the console, so nothing is ever reflashed in the field.

On-device intelligence

8 MB of flash and on-device voice activity detection keep capture clean before a single byte leaves the device.

Always current

Firmware updates ship through a staged over-the-air pipeline, with fleet health telemetry behind them.

What you're actually buying

A finished, manufactured, field-tested voice terminal, with none of the parts that make hardware slow. No custom silicon to design around, no proprietary connector, no twelve-month tooling cycle before you can test an idea on a real device.

A standard, well-documented hardware platform with no proprietary ASIC to design around
Wi-Fi 802.11 b/g/n and Bluetooth 5.2 with an integrated antenna
16 kHz mono PCM capture with push-to-talk framing and pre-roll buffering
8 MB of flash and on-device voice activity detection built in
A staged over-the-air update pipeline with per-device rollout control
Fleet telemetry: health, online/offline detection, remote commands
Three shipping form factors: worn, desk-mounted and radio-attached

Start with one unit

There is no minimum order and no developer programme to apply to. Buy a single device, prove your idea on it, then scale. Volume pricing starts at five units.

Building something specific? Tell us what you need the device to do before you order. We would rather scope it with you than sell you the wrong form factor.

Tell us what you're building

Use-case configuration, bigger orders, or just a sanity check that the hardware fits your application. Talk to the engineers who built it.

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